ИДЗ-8. Дифференцирование функций.
Продифференцировать данные функции:
1.y = 2x5 – + + 3 ; y = sin32x×cos8x5; y = .
2.y = + – 4x3 + ; y = cos53x×tg(4x+1)3; y = .
3.y = 3x4 + – – ; y = tg4x×arcsin4x5; y = .
4.y = 7 – – 3x3 + ; y = arcsin32x×ctg7x4; y = .
5.y = 7x + – + ; y = ctg3x×arccos3x2; y = .
6.y = 5x2 – + – ; y = arccos24x×ln(x–3); y = .
7.y = 3x5 – + + ; y = ln5x×arctg7x4; y = .
8.y = + – 4x6 + ; y = arctg34x×3sinx; y = .
9.y = 8x2 + – – ; y = 2cosx×arcctg5x3; y = .
10.y = 4x6 + – – ; y = 4–x×ln5(x+2); y = .
11.y = 2 – + 3x2 – ; y = 3tgx×arcsin7x4; y = .
12.y = 4x3 – – + ; y = ×arccos2x5; y = .
13.y = 5x3 – + 4 + ; y = sin43x×arctg2x3; y = .
14.y = + – + 5x4; y = cos34x×arcctg ; y = .
15.y = – + – 7x3; y = tg32x×arcsinx5; y = .
16.y = + – 4 + 2x7; y = ctg7x×arccos2x3; y = .
17.y = 5x2 + – – ; y = e–sinx×tg7x6; y = .
18.y = 10x2 + 3 – – ; y = ecosx×ctg8x3; y = .
19.y = – + – 3x3; y = cos5x×arccos4x; y = .
20.y = 9x3 + – + ; y = sin37x×arcctg5x2; y = .
21.y = 3 + + – ; y = sin23x×arcctg3x5; y = .
22.y = + – – 5x3; y = cos ×arctgx4; y = .
23.y = 7x2 + – + ; y = tg62x×cos7x2; y = .
24.y = 8x3 – – + ; y = ctg34x×arcsin ; y = .
25.y = 8x – + – ; y = ctg(1/x)×arccosx4; y = .
26.y = – + + 3x; y = tg ×arcctg3x5; y = .
27.y = 4x3 + – – ; y = tg32x×arccos2x3; y = .
28.y = 4x5 – – + ; y = 2tgx×arctg53x; y = .
29.y = + – – 2x6; y = sin53x×arctg ; y = .
30.y = – + 3x3 – ; y = cos43x×arcsin3x2; y = .
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